The force of attraction between positive and negative charges (greater distance, weaker attraction)
Back
Increases
Front
As we go down a group, atomic radius and principal quantum number....
Back
Thomson's Plum Pudding Model
Front
dense positive charge with negatively charge electrons interspersed (2nd)
Back
Decreases
Front
As we go from left to right across the table, atomic radius...
Back
F orbital
Front
14 electrons
Back
Bohr Model
Front
model of the atom in which electrons move rapidly around the nucleus in paths called orbits (4th)
Back
Sulfite
Front
SO3 2-
Back
Sulfate
Front
SO4 2-
Back
Hydrogen
Front
A nonmetal, but belongs to no family; reacts with other nonmetals to form molecular (covalent) compounds
Back
SF4
Front
sulfur tetrafluoride
Back
Ionization energy
Front
The minimum energy needed to remove an e- from an atom or ion
Back
Iron(3) chloride
Front
FeCl3
Back
Prefixes are used for...
Front
Covalent
Back
Cathode Ray Experiment
Front
Thomson's experiment where the cathode ray was attracted to a positive magnetic field and repelled by a negative magnetic field (2nd)
Back
NO3-
Front
Nitrate
Back
Larger
Front
Successive ionization energies are larger or smaller than previous ones?: cause we're moving electrons, but the protons stay the same
Back
Alkali metals
Front
The most reactive metals (one e- to lose)
Back
Gold Foil Experiment (Rutherford)
Front
When a beam of alpha particles strikes gold foil, most pass straight through, but some are scattered; the reason for this is presence of a nucleus (3rd)
Back
XeF2
Front
xenon difluoride
Back
Na2SO4
Front
sodium sulfate
Back
Sulfuric acid
Front
H2SO4
Back
S orbital
Front
2 electrons
Back
Change anion suffix from "ate" to...(ternary acid)
Front
Ic
Back
Roman numerals are used for...
Front
Ionic
Back
Ternary acid
Front
oxyacid
Back
Released
Front
For most atoms, adding an e- causes energy to be...released or gained?
Back
NH4+
Front
Ammonium
Back
NO2-
Front
Nitrite
Back
Change anion suffix from "ide" to...(for acid nomenclature)
Front
Ic
Back
Alkaline-earth metals
Front
Not as reactive as alkalis (two e- to lose), harder, denser, and higher melting points
Back
B
Front
Which one takes less ionization energy? Be or B
Back
diphosphorus pentoxide
Front
P2O5
Back
Hund's Rule
Front
Electrons will occupy different orbitals in the same sub level before doubling up in the same orbital
Back
Prefix added to ternary acids...
Front
N/a
Back
CO3 2-
Front
Carbonate
Back
electron affinity
Front
The energy change that occurs when an e- is added to a gaseous atom
Back
More
Front
More (-)e- affinity= more or less willing to accept an e-?
Back
Prefix used for binary acids...
Front
Hydro
Back
Phosphate
Front
PO4 3-
Back
Decreases
Front
As we go down a group, the first Ionization energy... (because more e-/e+ repulsion and shielding)
Back
Halogens
Front
This group has the most (-) electron affinities (they become very stable when they accept electrons)
Back
Increases
Front
Generally, as we go from left to right, 1st Ionization energy...
Back
Dalton's Atomic Theory
Front
Atoms are the smallest particle (1st)
Back
dinitrogen tetroxide
Front
N₂O₄
Back
PtO2
Front
platinum(4) oxide
Back
D orbital
Front
10 electrons
Back
[Ne] 3s2 3p1
Front
Al (aluminum): abbreviated configuration
Back
HCl
Front
hydrochloric acid
Back
Al (aluminum): full electron configuration
Front
1s2 2s2 2p6 3s2 3p1
Back
Section 2
(18 cards)
3+
Front
Al ion
Back
Hepta
Front
Prefixes: Seven
Back
2+
Front
Cd ion
Back
Increases
Front
Electronegativity, going up and to the right...
Back
Bromine, oxygen, Fluorine, iodine, nitrogen, chlorine, and hydrogen
Front
Diatomic elements
Back
Deca
Front
Prefixes: Ten
Back
Octa
Front
Prefixes: Eight
Back
Electronagativity
Front
The tendency for a bonded atom to attract e- to itself
Back
Nona
Front
Prefixes: Nine
Back
Fluorine
Front
Most electronegative element
Back
Anions
Front
negatively charged ions; larger than parent atoms
Back
1+
Front
Ag ion
Back
Hexa
Front
Prefixes: 6
Back
Noble gases
Front
All are monatomic; have completely filled s and p orbitals
Back
Cations
Front
positively charged ions; smaller than parent atoms